Analyse derivative-related exposures and significant market risks before selecting a response.
Derivative analysis begins with the risk being managed. Interest-rate, foreign-exchange, commodity, and combined exposures can affect cash flows, margins, asset values, financing capacity, and covenant headroom. A derivative may reduce that risk, but it can also create mismatch, counterparty exposure, liquidity pressure, or speculation.
The Finance elective rewards candidates who can identify the significant exposure before recommending an instrument. The question is not whether derivatives are good or bad. The question is whether the entity has a material exposure, whether the derivative matches it, and whether the residual risk is acceptable.
Derivative-risk questions usually combine a market exposure with a business decision. The case may include floating debt, foreign sales, imported inputs, commodity purchases, inventory, project financing, or a proposed derivative.
| Exposure | What to identify |
|---|---|
| Interest rate | Amount of variable-rate debt or rate-sensitive investment, repricing date, maturity, and covenant sensitivity. |
| Foreign exchange | Currency, amount, timing, direction, and whether the exposure is committed or forecast. |
| Commodity | Quantity, purchase or sale timing, market price basis, and ability to pass cost changes to customers. |
| Compounding risk | Whether several exposures move against the entity at the same time. |
| Derivative mismatch | Whether notional amount, maturity, basis, or direction fails to match the exposure. |
| Speculation | Whether the derivative creates exposure beyond what the entity needs to manage. |
Sizing the exposure helps determine whether risk mitigation is proportionate. The simplest estimate is:
[ \text{Exposure} = \text{Quantity at risk} \times \text{Adverse price or rate movement} ]
This estimate should be interpreted against profit, cash flow, liquidity, covenant headroom, and risk appetite. A derivative should not be recommended only because a market price can move. The movement must be material enough to justify cost, complexity, and monitoring.
Interest-rate risk appears when financing cost, investment value, or refinancing ability changes with market rates. Floating-rate debt creates cash-flow risk. Fixed-rate debt can create opportunity cost if rates fall or refinancing risk if maturity is near.
| Fact pattern | Risk implication |
|---|---|
| Large floating-rate facility. | Interest expense rises when rates rise. |
| Debt maturing soon. | Refinancing may occur at higher rates or tighter terms. |
| Project financed with variable-rate debt. | Project return becomes sensitive to rate movements. |
| Fixed-income investment portfolio. | Market value may fall when rates rise. |
| Covenant based on interest coverage. | Higher interest can reduce covenant headroom. |
Derivative responses may include swaps, caps, collars, or futures, but operational responses may also be relevant: refinancing, fixed-rate borrowing, debt reduction, covenant renegotiation, or maintaining liquidity reserves.
Foreign-exchange risk depends on direction. A Canadian entity buying U.S. dollar inventory is hurt when the U.S. dollar strengthens. A Canadian entity collecting U.S. dollar revenue may benefit, although collection timing and pricing policy still matter.
| Exposure | Risk to analyse |
|---|---|
| Foreign purchase | Canadian-dollar cost may increase before settlement. |
| Foreign sale | Canadian-dollar revenue may decrease before collection if the foreign currency weakens. |
| Foreign debt | Canadian-dollar principal and interest may change. |
| Foreign investment | Translated value and cash repatriation may change. |
| Forecast foreign cash flow | Hedge may be risky if the forecast transaction does not occur. |
The answer should state the currency, amount, timing, and direction of exposure. A hedge with the wrong currency, amount, maturity, or direction can increase rather than reduce risk.
Commodity risk appears when input costs, output prices, or inventory values depend on market prices. Commodity exposure can be direct, such as fuel or metals, or indirect, such as supplier price changes linked to a commodity.
| Situation | Key question |
|---|---|
| Commodity input cost | Can the entity pass price increases to customers? |
| Commodity inventory | Could market prices fall below carrying value or expected selling price? |
| Commodity-linked sales | Does revenue fall when market prices decline? |
| Supplier contract indexed to commodity price | Is the index aligned with the entity’s actual cost exposure? |
| Long production cycle | Are costs locked in before sales prices are set? |
Derivative responses may include futures, forwards, swaps, or options. Non-derivative responses may include fixed-price contracts, supplier diversification, customer price adjustment clauses, inventory management, or product redesign.
Exposures may compound rather than offset. A company may face higher interest expense, a weaker Canadian dollar on imported inputs, and lower customer demand at the same time. A project may be exposed to construction cost inflation, variable-rate debt, and foreign equipment purchases.
Compounding risk matters because management may underestimate total downside if each exposure is reviewed separately.
| Combined exposure | Why it can compound |
|---|---|
| Variable-rate debt and weak sales. | Interest expense rises while cash inflow falls. |
| Foreign purchases and thin margins. | Currency movement can eliminate contribution before prices can be changed. |
| Commodity input and fixed-price customer contract. | Cost increases cannot be passed through. |
| Acquisition debt and integration delay. | Financing costs begin before expected synergies arrive. |
| Inventory exposure and demand decline. | Price declines and slower turnover both hurt cash recovery. |
A strong response identifies the exposure that drives the largest decision risk and explains whether other exposures amplify it.
Even a hedge can create risk.
| Derivative risk | How it appears |
|---|---|
| Basis risk | The derivative payoff does not move exactly with the underlying exposure. |
| Notional mismatch | The hedge amount is too high or too low. |
| Maturity mismatch | The hedge settles before or after the exposure. |
| Direction mismatch | The derivative gains when the wrong market movement occurs. |
| Liquidity or margin risk | Collateral or settlement requirements create cash pressure. |
| Counterparty risk | The counterparty may fail to perform. |
| Documentation risk | The entity cannot support hedge purpose, approval, or reporting treatment. |
| Complexity risk | Management cannot understand or monitor the instrument. |
These risks do not automatically make derivatives unsuitable. They determine what conditions, controls, and monitoring are needed.
Use this structure for derivative-risk analysis:
| Pitfall | Correction |
|---|---|
| Naming a derivative before identifying exposure. | Start with amount, timing, direction, and market driver. |
| Assuming exposures offset automatically. | Check whether timing, amount, and market movement actually offset. |
| Ignoring compounding risk. | Consider whether interest, currency, commodity, and operating risks move together. |
| Treating a hedge as risk-free. | Address basis, maturity, notional, liquidity, counterparty, and documentation risk. |
| Omitting residual risk. | Explain what remains after the derivative or policy response. |